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Teaching Philosophy
Teaching Philosophy
There is nothing more practical than a simple theory....
There is nothing more practical than a simple theory....
- Robert Millart -
To engineers who, rather than blindly following the codes of practice, seek to apply the law of nature....
To engineers who, rather than blindly following the codes of practice, seek to apply the law of nature....
- T. Y. Lin, 1955 -
New Lecture Series: Seismic Design of Precast and Prestressed Concrete
New Lecture Series: Seismic Design of Precast and Prestressed Concrete
This course covers the basic theory of seismic capacity design method and its practical application to various precast concrete beam-column moment frame, coupled shear wall system, and diaphragm connections. Detailed examples and practical solutions are to be provided, and it also contains performance-based seismic design method. Those contents will be published in a form of textbook in near future. Key topics includes:
This course covers the basic theory of seismic capacity design method and its practical application to various precast concrete beam-column moment frame, coupled shear wall system, and diaphragm connections. Detailed examples and practical solutions are to be provided, and it also contains performance-based seismic design method. Those contents will be published in a form of textbook in near future. Key topics includes:
- Overall review of precast industry
- Overall review of precast industry
- Precast Floor System (Gravity and Seismic System)
- Precast Floor System (Gravity and Seismic System)
- Precast Moment Frame System
- Precast Moment Frame System
(PS & Non-PS, Dry and Wet systems)
(PS & Non-PS, Dry and Wet systems)
- Precast Shear Wall System
- Precast Shear Wall System
- Precast Deep Foundation
- Precast Deep Foundation
- Fire Performance of Precast Structures
- Fire Performance of Precast Structures
New Online Lecture Series: Sustainable Design of Concrete Structures (UiT-CBNU)
New Online Lecture Series: Sustainable Design of Concrete Structures (UiT-CBNU)
This course provides fundamentals in reinforced concrete design in view point of sustainability, and it contains a total of fifteen week-long online lectures, which cover detailed examples, practical solutions, and several tutorials. This lecture course is equivalent to 6 ECTs (Europe) and 3 Korean & American Academic Credits. This lecture course will be published EUGLOH, as a online campus platform (Link). You can also access via following link:
This course provides fundamentals in reinforced concrete design in view point of sustainability, and it contains a total of fifteen week-long online lectures, which cover detailed examples, practical solutions, and several tutorials. This lecture course is equivalent to 6 ECTs (Europe) and 3 Korean & American Academic Credits. This lecture course will be published EUGLOH, as a online campus platform (Link). You can also access via following link:
https://www.youtube.com/playlist?list=PLlWogJfdwIaeI7Wg_inWQspxMSbpkPAcr
1. Course in Nazarbayev Univ. during Sabbatical Year
1. Course in Nazarbayev Univ. during Sabbatical Year
CEE 422 – Introduction to Finite Element Methods (Spring 2023)
- Direct stiffness method
- Potential energy method
- Nonlinear numerical analysis method
ENG 103 – Engineering Materials 1 (Spring 2023)
- Atomic structures, Crystaline, Imperfection, Phase diagram
- Properties of Materials, Faliure, X-ray diffraction, and etc.
2. Course Taught in Chungbuk National University
2. Course Taught in Chungbuk National University
Undergraduate Courses
Undergraduate Courses
CNBU 6546096 – Reinforced Concrete Building Structures І (Spring 2020 & Fall 2021)
- Available online in YOUTUBE lives treaming
https://www.youtube.com/channel/UC1bAUqpW76XaLuCNO_67IFQ/videos?view_as=subscriber
CNBU 6546029 – Steel Structure (Spring 2020 & 2021)
- Available online in YOUTUBE lives treaming
https://www.youtube.com/channel/UC1bAUqpW76XaLuCNO_67IFQ/videos?view_as=subscriber
CNBU 6546139 – Architectural Engineering Design І (Spring 2020 to 2022)
CNBU 6546143 – Architectural Engineering Design 2 (Fall 2020 & 2021)
CNBU 6546102 – Reinforced Concrete Building Structures 2 (Fall 2020 to 2022)
Graduate Courses
Graduate Courses
CNBU 8938241 – Design of Precast Concrete Structures (Spring 2022)
CNBU 8871028 – Structural Dynamics & Seismic Design (Fall 2020)
https://www.youtube.com/channel/UC1bAUqpW76XaLuCNO_67IFQ/videos?view_as=subscriber
CNBU 9304004 – Advanced Reinforced Concrete Mechanics (Fall 2020)
3. Course Taught in Nazarbayev University
3. Course Taught in Nazarbayev University
Undergraduate Courses
Undergraduate Courses
ECE 216 - Civil Engineering CAD (Fall 2017)
ECE 318 - Structural Design - Concrete (Fall 2018 & 2019)
ECE 401 - Capstone Project 1 (Fall 2018 & 2019)
ECE 404 - Construction Technologies and Processes (Fall 2017)
ECE 422 (Elective) - Prestressed Concrete Design (Spring 2018 & 2019)
ECE 478 - Capstone Project 2 (Spring 2019)
Graduate Courses
Graduate Courses
MCE 611 - Sustainable Infrastructure Systems (Spring 2018)
4. Course Taught in University of Seoul
4. Course Taught in University of Seoul
Graduate Courses
Graduate Courses
UOS 100 - Reinforced Concrete Design (Fall 2021)
UOS 125 - Finite Element Method (Spring 2017)
UOS 132 - Advanced Reinforced Concrete Design (Fall 2016)
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